- 01 InterMaths Erasmus Mundus Joint Master Degree /
Interdisciplinary Mathematics - 02 RealMaths Double MSc /
Mathematics for Real World Applications - 03 MathMods Joint MSc /
Mathematical Modelling in Engineering
International Double MSc
REALMATHS • Mathematics for Real World Applications
Students spend one year in L’Aquila and one year in one of our partners in Canada, Czechia, Poland, Portugal and Sweden.
International Joint MSc
MATHMODS • Mathematical Modelling in Engineering
Requirements
Other grants
Insurance
Student System
InterMaths Calendar
InterMaths
WE ARE A NETWORK OF
21 universities
13 Research Centers, and 10 Industrial Partners with primary focus on Joint Higher Education programmes in Interdisciplinary Mathematics.
We train the future generation of applied mathematicians at the intersection with industrial engineering, bio-medical sciences, economics, and social sciences.
InterMaths Erasmus Mundus Joint Master Degree

A 2-year Erasmus Mundus Joint Master Degree on Interdisciplinary Mathematics, with specific focus on Biomedical Sciences and Industrial Engineering.
The Programme is jointly offered by 5 EU Universities: University of L’Aquila, TU Vienna, Hamburg University of Technology, Autonomous University of Barcelona, University of Cote d’Azur.
RealMaths Double Degree

A set of 2-year Double MSc programmes in Mathematics for Real World Applications with focus on scientific computing and applications. Our specialisations include modern applications in material science or socio-economical sciences, as well as innovative methodologies in high performance computing and data analysis.
Students spend one year in L’Aquila and one year in one of our partners in Canada, Czechia, Poland, Portugal or Sweden.
MathMods Joint MSc

A Joint MSc in Mathematical Modelling in Engineering, formerly funded by the Erasmus Mundus programme for 10 cohorts, and currently run by: University of L’Aquila, University of Hamburg, University of Cote d’Azur.
MathMods is aimed at satisfying the need of experts that can apply rigorous mathematical modelling and computational techniques to solve problems in all areas of engineering.